Amyotrophic Lateral Sclerosis (ALS) and extremely-low frequency (ELF) magnetic fields: a study in the SOD-1 transgenic mouse model
Authors:
Florence Poulletier de Gannes a;
Gilles Ruffi
a;
Murielle Taxile a;
Elodie Ladev
ze a;
Annabelle Hurtier a;
Emmanuelle Haro a;
S
bastien Duleu b;
Renaud Charlet de Sauvage a;
Bernard Billaudel a;
Michel Geffard ab;
Bernard Veyret ac;
Isabelle Lagroye ac
a;
Murielle Taxile a;
Elodie Ladev
ze a;
Annabelle Hurtier a;
Emmanuelle Haro a;
S
bastien Duleu b;
Renaud Charlet de Sauvage a;
Bernard Billaudel a;
Michel Geffard ab;
Bernard Veyret ac;
Isabelle Lagroye ac
| Affiliations: | a University of Bordeaux 1, IMS laboratory, Bioelectromagnetics group, ENSCPB, Pessac, France |
| b Gemacbio, Cenon, France | |
c Bioelectromagnetics laboratory, cole Pratique des Hautes tudes, ENSCPB, Pessac, France |
DOI:
10.1080/17482960802320396
Publication Frequency:
6 issues per year
Published in:
Amyotrophic Lateral Sclerosis
First Published on:
01 September 2008
Subject:
Neurology;
Formats available:
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(English)
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(English)
Previously published as:
Amyotrophic Lateral Sclerosis and other Neuron Disorders
(1466-0822,
1471-180X)
until 2006
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Abstract
There is some evidence from epidemiological studies of an association between occupational exposure to electromagnetic fields and Amyotrophic Lateral Sclerosis (ALS). Our aim was to perform, for the first time, an animal study in a controlled magnetic environment. We used the SOD-1 mouse model to assess the possible effect of ELF magnetic fields on development of the disease. Seven mice per group were exposed to 50 Hz magnetic fields at two intensities (100 and 1000µTrms) before the onset of the clinical signs of ALS. Exposure lasted 7 weeks, and body weight, motor performance and life span were monitored. Our results did not reveal any evidence of a link between ELF exposure and ALS in this transgenic animal model.
|
| Keywords: Amyotrophic lateral sclerosis; Magnetic Field; SOD-1 transgenic mice |
| view references (11) |


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